Key Features:

• Advanced HPIC system combining the Dionex Integrion platform with the high-capacity Dionex AS-AP autosampler for fully automated workflows.

• Reagent-Free IC (RFIC-EG): Automated eluent generation from deionized water reduces manual preparation and improves reproducibility.

• High-pressure operation (HPIC) supports modern sub-3 µm particle columns, enabling faster separations with higher resolution.

• AS-AP autosampler integration: Flexible configurations for standard vials, deep-well plates, or microplates, supporting up to 768 samples.

• Multiple injection modes: Full-loop, partial-loop, and push-loop for maximum flexibility across concentration ranges.

• Automated workflows: Sample preparation options such as dilution, internal standard addition, and sample preconcentration enhance productivity.

• Column oven with temperature control ensures precise, reproducible separations.

• Touchscreen user interface with system diagnostics, run setup, and real-time monitoring.

• Consumables management system (RFID/barcoded columns and suppressors) for traceability and error prevention.

• Detector flexibility: Standard conductivity detection with optional UV/Vis, electrochemical, and MS coupling for extended workflows.

• Chromeleon Chromatography Data System for full instrument control, compliance, and advanced reporting.

• 21 CFR Part 11 compliance ready, ensuring regulatory suitability for pharmaceutical and GMP labs.

• Scalable modular design allows future upgrades in detectors, sample capacity, or IC-MS coupling.

Applications:

• Environmental Testing: Routine and trace-level monitoring of anions (fluoride, chloride, nitrate, nitrite, sulfate, phosphate) and cations in water and wastewater, including disinfection byproducts and oxyhalides.

• Pharmaceutical and Biopharma QC: Counter-ion analysis, excipient verification, cleaning validation, and monitoring ionic species in biologics and formulations.

• Food & Beverage Industry: Analysis of organic acids, preservatives, sweeteners, additives, and mineral content.

• Energy and Power Plants: Ionic contamination control in boiler feedwater, steam cycle monitoring, and cooling systems.

• Semiconductor Industry: Ultrapure water ionic impurity testing for contamination control in electronic-grade manufacturing.

• Industrial & Chemical Manufacturing: Quality control of raw materials, ionic additives, and process monitoring.

• Academic & Research: Advanced ionic species profiling, ionic speciation studies, and method development with IC-MS.

• High-Throughput Labs: Environmental monitoring agencies, contract labs, and QC departments requiring automated sample processing with minimal human intervention.

Specifications: